I’ve found myself in between two product launches. From AMD we have today’s announcement: the 3.4GHz Phenom II X4 965 Black Edition.

Priced at $245, the 965 is a mere clock speed bump, but an important one. It comes at the same price as this spring’s Phenom II X4 955 Black Edition; you get more performance at the same price.

Processor

Clock Speed

un-core Clock

L2 Cache

L3 Cache

TDP

Price

AMD Phenom II X4 965 BE

3.4GHz

2.0GHz

2MB

6MB

140W

$245

AMD Phenom II X4 955 BE

3.2GHz

2.0GHz

2MB

6MB

125W

$245

AMD Phenom II X4 945

3.0GHz

2.0GHz

2MB

6MB

125W

$225

AMD Phenom II X3 720 BE

2.8GHz

2.0GHz

1.5MB

6MB

95W

$145

AMD Phenom II X2 550 BE

3.1GHz

2.0GHz

1MB

6MB

80W

$105

It is also the highest clocked processor AMD has ever shipped; K8 topped out at 3.2GHz and the original Phenom never went beyond 2.6GHz. We're also back up to a 140W TDP, something we haven't seen since the old Phenom 9950 went away.

With the 965 BE, AMD has simplified its product lineup. The 800 series Phenom II X4 is gone, as are the DDR2-only Phenom II X4 940 and 920. Most of the 700 series is also done with. Yields are clearly improving and much of the die harvesting is clearly no longer necessary. AMD ought to get rid of the Xn suffix and just use simple model numbers at this point. For more information on the Phenom II architecture, see our launch article.

The second product launch is rumored to happen next month. It’s the introduction of Intel’s Lynnfield processor. The affordable Nehalem, available in both Core i5 and Core i7 flavors, promises to start at just $199 with motherboards in the low $100s.

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58 Comments

You are looking too far forward into the future for a product that is going to be used by consumers for the next 2-3 years. Yes, there is a general move among all vendors (AMD, nVIDIA and Intel) towards moving largely parallel computation onto GPUs, however you must keep in mind CUDA has been around for 2.5 years and Brook even longer than that, yet GPGPU has only found commercial consumer application in media encoding and Adobe Photoshop. To expect a sudden shift when DX11 is released as a commercial product as part of Windows 7 later this year is wishful thinking at best. Programmers require time to learn new skills, adopt new methodologies and experiment to determine what works more efficiently and what doesn't. That time will be measured in years, not months.

If we restrict ourselves to the domain of PC gaming, then Anand's comments are accurate, if a little dated. Programmers have finally adopted multithreaded (CPU) development with a vengeance. Most new games are multithreaded, regardless of whether they are a console port or the rare instance of the dying breed of PC exclusives. The first dual core consumer CPUs were released more than 4 years ago. That should give you some idea of how agile PC games development actually is. We still don't have many titles with 64-bit executables despite how long ago 64-bit CPUs and operating systems were released.

Finally, there remain open questions of where tasks belong and what to do with unused processing capability on the CPU and GPU. You can put physics on the GPU, but what about AI? Game logic? Branchy scripts written by content creators as opposed to programmers? You can use your unused GPU cycles to do more graphically or at a higher frame rate, but can't you also find more tasks for your CPU that will contribute to gameplay? World simulation and more complicated AI immediately spring to mind. Reply

Price: in retail price comparison the 9550 is a little cheaper. Talking about deals, my microcenter had about a hundred of them in stock at $169 each.

Performance, even at stock 2.83 ghz the 9550 will take on the 965. You can take a look at toms hardware for another set of results. They looked quite humiliating. The 9550 will however overclock to 4ghz even with stick cooler due to really low cpu voltage.

All AMD did with this chip is change the multiplier for you. And charge you for that. Thank's, but I can do this myself in 2 mins.

Not to say that 9550 is all that great, but I find the superiority fight with the 965 a quite tough one at least. How did u write it off so quickly and went quickly to comparing to i7. A lot of water will pass under the bridge before we see anything from AMD that competes with i7. Keep you comments about price of platform. It's not like you pay more money for the same product. You pay more for memory BUT YOU DO HAVE FASTER MEMORY, DONT YOU?? And read around, reliable OC motherboards under 200 are not rare any more. Reply

I dont understand why you people are comparing newer intel chips such as the i5 and i7 to the 955 and 965 when the AMD chips arent even in the same league as the i7/i5. Infact the 955 and 965 has worse power efficiency than Yorksfield chips. To be blunt, Anandtech said that in a 64bit Windows environment the 965 couldn't pass 4ghz. At stock speed the 3.4ghz processor has a stock voltage of 1.4v. That's almost on par with Kentsfield quad power requirement. My 4.0ghz Q9550 oc'ed only needs 1.3625v and that's oc'ed compared to the 965's 1.4v at stock 3.4ghz which is insane. When my chip is at 3.8ghz I set the vcore to 1.3265. That's still 400mhz more than the 965 at stock which needs 1.4v.

There is nothing that can tell me that Phenom 2 is anywhere comparable with anything past Yorksfield when it simply isn't.

Keep in mind that price is what we use to compare one processor to another. I don't think anyone is disputing that the I7 is a more technologically "advanced" microprocessor, but my wallet doesn't really care about that, and neither do OEMs I think. Ultimately, the TDP is something you should take into account when determining the overall cost of ownership. This is something that is difficult to evaluate objectively because everyone has different usage patterns, and the cost of energy varies from place to place. So we must evaluate based on a more spatially-constant cost, which is the purchase price. Reply

Exactly. It is not Intel's fault that AMD has been asleep at the switch for several years now and reduced to rehashes of previous architectures. I want to see AMD keep Intel on its toes, but nothing from them currently makes me want to give up staying with Intel. And the way the future road map looks from Intel, I don't see that changing any time soon. Reply

Those chips are certainly much more popular than the E8200, which is discontinued now most likely due to low sales. Besides, I think a 3.16GHz or 3.33GHz Wolfdale is more in line with the rest of the upper spectrum chips than one running at 2.66GHz.

What would really be cool is a mass overclock comparison (on air) for the top 10 chips listed here. That would more in line reflect real world users here as well. Let's go with a head to head AMD vs. Intel overclock comparison! Reply

I did notice on newegg that AMD is releasing some of its Phenom II's with lower TDP.

They have a Phenom II 945 that was rated at 125WTDP now with the same processor just rated at 95W TDP.

I figure they will goose the clock speed a bit more if they can and continue to work on getting their power consumption lowered on the rest of their line so by the time their new processors come out the Phenom II's can pull up low power budget duty. Reply

I was going to mention this new part from AMD as well (945 95W edition). Anand you would do well to draw attention to it as well where you talk about AMD's current product lineup. This is a more interesting and notable introduction to me than this 140W behemoth.

I was surprised to see the 965 only consumes 3W more at load than the 955BE however. Yes it draws the highest power on the chart, but only just barely. Reply